Clean, Green, and Sustainable
- Why Sustainability Matters in Cannabis
- The fast-growing industry with a footprint
- From stigma to stewardship
- Sustainability Framework
- Principles aligned with EU GMP and ISO
- Life-cycle thinking from seed to sale
- Water Management Excellence
- Precision irrigation and evapotranspiration (ET) modelling
- Closed-loop recirculation and condensate recovery
- Rainwater harvesting and on-site storage
- Water quality monitoring and ISO 14001 integration
- Preventing nutrient runoff and microplastics
- Renewable Energy at the Core
- Solar PV, wind, and clean grid sourcing
- Battery storage and smart load shifting
- High-efficiency HVAC and heat recovery
- LED spectrums that reduce kWh per gram
- Organic Cultivation Practices
- Living soils and compost teas
- Biological pest management (IPM)
- Organic inputs, traceability, and residue control
- Terpene integrity and soil microbiome health
- Packaging, Waste, and Circularity
- Compostable and recyclable materials
- Take-back schemes and closed-loop plastics
- On-site composting and biomass valorisation
- Data, Audits, and Continuous Improvement
- ISO 9001/14001 and EU GMP compliance culture
- Metering, dashboards, and material flow analysis (MFA)
- Setting science-based targets (SBTs)
- Community, Transparency, and Social Responsibility
- Supplier codes and local sourcing
- Worker wellbeing and training
- Annual sustainability reporting
- The Results We Aim For
- Lower water intensity per gram
- Reduced carbon intensity and energy savings
- Higher product quality and trust
- How Customers and Partners Benefit
- Regulatory readiness and market access
- Credible ESG narratives for retailers
- Looking Ahead
- Agri-PV, geothermal, and AI-assisted growing
- Biodiversity corridors and pollinator gardens
- Conclusion
- FAQs
- Five common questions answered
Clean, Green, and Sustainable: Commitment to Responsible Cannabis Production
Clean Green and Sustainable
Why Sustainability Matters in Cannabis
The fast-growing industry with a footprint
Cannabis is one of the fastest-expanding agricultural sectors in the world, but growth can bring environmental strain if not managed carefully. Indoor facilities can be energy-intensive, irrigation can be wasteful, and synthetic inputs can degrade soils. The good news? With the right systems, cannabis can be cultivated with a far lighter footprint—one that protects water, cuts emissions, and nurtures the land that sustains us.
From stigma to stewardship
Modern cannabis isn’t just about product quality; it’s about responsibility. By placing sustainability at the heart of our operations, we’re transforming an industry historically seen as resource-hungry into a model for regenerative agriculture. Stewardship isn’t a marketing afterthought—it’s a daily operating principle.
Sustainability Framework
Principles aligned with EU GMP and ISO
Medical cannabis production in Morocco needs to operate under a robust framework that integrates Good Manufacturing Practice (EU GMP) with ISO management systems (notably ISO 9001 for quality and ISO 14001 for environmental management). This structure ensures our ecological commitments are documented, measurable, auditable, and continuously improved—so you’re not just taking our word for it.
Life-cycle thinking from seed to sale
Global medical cannabis productions approach spans the full product life-cycle: inputs, cultivation, processing, packaging, logistics, and post-consumer end-of-life. We set targets at each stage, track key indicators (water intensity, energy use, waste diversion), and tie improvements to accountable teams. It’s sustainability that survives a microscope, not just a slogan.
Water Management Excellence
Precision irrigation and evapotranspiration (ET) modelling
Water is precious. We use sensor-driven irrigation that matches plant needs in real time, combining substrate moisture readings with ET modelling. This lets us deliver the exact right amount of water—no more, no less—boosting plant health while cutting waste.
Closed-loop recirculation and condensate recovery
Where feasible, we run recirculating hydroponic loops and reclaim condensate from dehumidifiers and HVAC systems. Recovered water is filtered and sanitised to consistent quality specifications before reuse. The result is a dramatic reduction in freshwater withdrawals and wastewater discharge.
Rainwater harvesting and on-site storage
We capture rainfall from roof areas into covered tanks sized for seasonal variability. Integrated pre-filtration and UV treatment bring harvested water into spec for irrigation, adding resilience during dry spells and reducing demand on municipal or well sources.
Water quality monitoring and ISO 14001 integration
Inline sensors track pH, EC, temperature, and dissolved oxygen. Routine lab checks verify heavy metals and microbiological parameters. These controls sit within our ISO 14001 environmental management system, ensuring deviations trigger corrective actions and documented learnings.
Preventing nutrient runoff and microplastics
Nutrient runoff can harm waterways. We prevent it through closed systems, buffer zones, and responsible fertigation plans. We’ve also phased out non-degradable grow media that shed microplastics, favouring reusable or biodegradable alternatives that protect soils and streams.
Clean Green and Sustainable
Renewable Energy at the Core
Solar PV, wind, and clean grid sourcing
Our energy strategy starts with on-site generation—solar PV where irradiance supports it, and small-scale wind where viable—backed by certified renewable power from the grid. Every kilowatt-hour is accounted for, and we prioritise renewables for the loads that matter most.
Battery storage and smart load shifting
We pair batteries with intelligent energy management to shift consumption away from peak, fossil-heavy hours. Dehumidification and irrigation pumps run when the grid is cleanest. It’s good for the planet and stabilises operating costs.
High-efficiency HVAC and heat recovery
Climate control is the beating heart of a cultivation site. We deploy high-efficiency chillers, variable-speed drives, desiccant systems, and heat-recovery loops that reuse “waste” heat for space and water preheating—the result: optimal VPD for plants at a fraction of the energy.
LED spectrums that reduce kWh per gram
Next-gen LEDs deliver targeted spectrums with superior photon efficacy (µmol/J), slashing energy per gram without compromising yield or cannabinoid profiles. Tunable spectrums also reduce heat load, trimming HVAC demand downstream. Efficiency that compounds.
Organic Cultivation Practices
Living soils and compost teas
Healthy soil is a living ecosystem. We build it with organic matter, cover crops, and compost teas that feed beneficial microbes. This residing soil structure improves nutrient availability, water retention, and root vigour—sustainable performance from the ground up.
Biological pest management (IPM)
Our integrated pest management relies on prevention, monitoring, and biological controls. Beneficial insects, microbial inoculants, and cultural practices keep pest pressure low. Chemical interventions are a last resort and must meet strict residue and environmental standards.
Organic inputs, traceability, and residue control
Organic fertilisers and amendments are vetted for contaminants and traceability. Batch-level records track every input from receipt to application, ensuring compliance with EU GMP documentation and ISO quality controls. Purity isn’t negotiable.
Terpene integrity and soil microbiome health
Organic methods protect terpene profiles by avoiding harsh residues and supporting slower, balanced plant metabolism. A thriving soil microbiome improves nutrient cycling, which can translate into more nuanced aromas and consistent chemotypes—qualities you can smell and measure.
Packaging, Waste, and Circularity
Compostable and recyclable materials
We prioritise materials with clear end-of-life pathways: FSC-certified card, compostable films where appropriate, and mono-material plastics that can actually be recycled. Minimalist design reduces total material mass without compromising product protection.
Take-back schemes and closed-loop plastics
Where regulations allow, we pilot take-back programmes for consumer packaging and partner with recyclers to turn returns into new containers. For internal operations, we standardise reusable totes and pallet wraps to cut single-use plastic.
On-site composting and biomass valorisation
Trim and non-usable biomass don’t go to waste. We compost on-site for soil amendments and explore valorisation options such as biochar and anaerobic digestion. Closing loops builds resilience and reduces disposal costs.
Data, Audits, and Continuous Improvement
ISO 9001/14001 and EU GMP compliance culture
Compliance is culture. Documented SOPs, training, and internal audits ensure we meet EU GMPs’ rigour for cleanliness and consistency while embedding ISO 9001 quality thinking and ISO 14001 environmental controls. External certification keeps us honest.
Metering, dashboards, and material flow analysis (MFA)
We meter everything that matters—electricity, gas, water, nutrient dosing, waste streams—and surface it on live dashboards. Material flow analysis highlights hotspots and leakage. If a metric drifts, we see it, investigate it, and fix it.
Setting science-based targets (SBTs)
We set emissions reduction goals in line with climate science, not convenience. Scopes 1 and 2, and relevant Scope 3 categories, are mapped, along with reduction roadmaps and supplier engagement that make those targets achievable.
Clean Green and Sustainable
Community, Transparency, and Social Responsibility
Supplier codes and local sourcing
Sustainability doesn’t stop at our fence line. We assess suppliers on environmental and social criteria, favour local and regional partners to cut transport emissions, and share best practices up and down the value chain.
Worker wellbeing and training
A safe, skilled team grows better plants. We invest in ergonomic design, fair pay, professional development, and sustainability training so every colleague understands how their role supports our goals.
Annual sustainability reporting
We publish precise, comparable data: water intensity (L/g), energy intensity (kWh/g), waste diversion rates, and emissions per unit of output. Targets, progress, and gaps are presented transparently—because trust is built with evidence.
The Results We Aim For
Lower water intensity per gram
Smart irrigation and reuse mean fewer litres per gram of dried flower. This protects local watersheds and buffers against drought and cost volatility.
Reduced carbon intensity and energy savings
Renewables, efficient HVAC, and LEDs work together to cut kWh per gram and the associated carbon. Lower operating costs follow, compounding year over year.
Higher product quality and trust
Cleaner inputs and better environmental controls result in consistent, high-quality products. Retailers and patients alike can rely on predictable chemistry and contaminant-free results, backed by documentation that stands up to audits.
How Customers and Partners Benefit
Regulatory readiness and market access
As global markets mature, sustainability is becoming a requirement, not a bonus. Our EU GMP and ISO-aligned systems help partners meet regulatory expectations today and prepare for tomorrow’s standards.
Credible ESG narratives for retailers
Retailers need verified stories, not green gloss. We provide the data, certifications, and third-party validations that underpin credible ESG claims—differentiation you can take to market.
Looking Ahead
Agri-PV, geothermal, and AI-assisted growing
We’re exploring agrivoltaics that shade outdoor plots while generating power, geothermal loops to stabilise HVAC loads, and AI models that fine-tune irrigation and lighting in real time. The future of sustainable cannabis is innovative, integrated, and local.
Biodiversity corridors and pollinator gardens
Even in controlled environments, we can boost biodiversity around our sites with native planting, pollinator strips, and habitat corridors. Healthy ecosystems are the long-term insurance policy for agriculture.
Conclusion – Clean Green and Sustainable
Responsible cannabis production isn’t a single initiative; it’s a system. By prioritising water stewardship, renewable energy, and organic cultivation within a rigorous EU GMP and ISO framework, we’re proving that premium quality and environmental responsibility can grow side by side. The outcome is cleaner products, stronger communities, and a healthier planet—today and for the long haul.
FAQs
1) How do you ensure reclaimed water is safe for plants?
We filter and sanitise reclaimed condensate and recirculated water, then verify quality with inline monitoring and scheduled lab tests before use. Parameters like pH, EC, and microbial counts must meet strict internal specifications.
2) Are organic methods compatible with EU GMP?
Yes. EU GMP governs manufacturing quality and cleanliness, while organic practices govern cultivation inputs and methods. We integrate both via documented SOPs, traceability, and validated cleaning regimes, thereby complementing each other.
3) Do LEDs compromise yield or cannabinoid profiles?
Modern LEDs with optimised spectra and high efficacy typically improve grams per watt while maintaining or enhancing terpene and cannabinoid expression, thanks to better thermal control and targeted spectral tuning.
4) How do you reduce packaging waste without risking product integrity?
We right-size formats, prefer recyclable or compostable materials, and use barrier layers only where necessary to protect product quality. Stability testing ensures shelf-life and compliance aren’t compromised.
5) What certifications do you hold or align with?
We operate to EU GMP standards and align our management systems with ISO 9001 (quality) and ISO 1401 (environment). We also pursue third-party renewable energy and packaging certifications where applicable.
Clean Green and Sustainable